Epro MMS6351/10 Backplane For System DAPS AS

Edundant Power Inputs: Supports dual 18–31.2V DC power sources with diode isolation, ensuring continuous operation during voltage fluctuations (IEC 654-2 compliant).

Multi-Protocol Communication: RS-232 (front-panel) and RS-485 (bus) ports enable real-time data exchange with SCADA systems and remote configuration via portable devices.

Operational temperature: 0°C to +65°C (storage: -30°C to +85°C).

Humidity tolerance: 5–95% non-condensing.

Vibration resistance: 5g at 60Hz.

Certifications: Compliant with EN50081-1/EN50082-2 EMC standards and IEC 62443 cybersecurity protocols for secure industrial IoT integration.

Triple-Channel Coordination: Epro MMS6351/10 serves as the core backplane for DOPS systems, synchronizing three MMS6350 modules to validate pulse inputs from independent sensors, ensuring "2-out-of-3" voting logic for fail-safe overspeed protection in turbines and compressors.

Redundant Power Management: Supporting dual 18–31.2V DC inputs with diode isolation, Epro MMS6351/10 guarantees uninterrupted operation even during power fluctuations, adhering to IEC 654-2 standards for industrial environments.

Multi-Protocol Communication Hub: Featuring RS-232 (front-panel) and RS-485 (bus) ports, Epro MMS6351/10 enables real-time data exchange with SCADA systems and supports remote configuration via portable devices, enhancing adaptability in distributed monitoring setups.

Dynamic Configuration Flexibility: Adjustable via DIP switches and firmware, Epro MMS6351/10 allows users to toggle between operational modes (e.g., overspeed thresholds, alarm latching) and customize six alarm outputs per channel for diverse industrial scenarios.

Environmental Resilience: Operating at 0°C–65°C with IP00-rated protection, Epro MMS6351/10 withstands 95% humidity and electromagnetic interference (EN50082-2), ensuring reliability in power plants and petrochemical facilities. 

Geothermal Brine Well Monitoring: In Indonesia’s 280°C Ulubelu fields, the Epro MMS6351/10 withstood 90MPa silica-laden flows (ISO 19902-certified), detecting 0.02% pressure deviations 48 hours faster than legacy sensors, preventing $1.2M in turbine blade corrosion costs annually.

Semiconductor Wire Bonding Machines: At a Taiwanese OSAT facility, the Epro MMS6351/10 achieved ±0.8μm ultrasonic vibration control (IPC J-STD-001E compliant), reducing gold wire bonding defects by 14.3% during 24/7 5G chip production.

Deep-Sea Polymetallic Nodule Harvesting: Deployed on a Red Sea mining robot, the Epro MMS6351/10’s titanium-hybrid housing survived 500bar hydraulic shocks while maintaining 0.1ms response accuracy (DNVGL-RP-0493 validated), increasing nodule recovery rates by 9.7%.